Registered participants can watch the recordings of symposium during March 26 (Wed.) to April 8 (Tue.) 1pm.
If you haven't registered for the meeting, you can register from here.

*Due to the agreement with the speakers, some presentations are not included in the recordings.

List of Recorded Symposium

• NT2. 【Open Syposium】How to overcome shortage of scientists in the field of science and engineering. – start thinking about the career path from 15 years old –
• T1. New technologies toward fault-tolerant quantum computers
• T2. Shaping the Future of Green Fabs: Toward Sustainable Manufacturing
• T3. State-of-the-art quantum science and technology using solid-state quantum bits
• T4. In the ocean, in the field and in the living bodies, assembling of advanced electric field sensing technology opens a new world
• T5. Deployment of science and energy education activities for non-metropolitan areas
• T6. Collaboration of acoustics and applied physics
• T7. Current Status and Future Prospects of Phosphor Development Using Compound Semiconductors
• T8. Development of plant RI imaging technology and its application in agriculture
• T9. Crossroads in Applied Physics: New trends in Glass and Laser Processing Technology
• T10. Frontiers of Optical Science and Innovative Photonics
• T11. The roles and prospects of synchrotron radiation in advanced materials science research
• T12. Sensor/actuator functions and emergent order inspired by biological and organic molecular dynamics
• T13. Novel functional oxide materials, devices, techniques for next generation transistor channel application
• T14. Plasma-activated solutions and their applications
• T15. Atomic Layer Process (ALP) analysis and application technologies
• T16. New developments in magnetics and spintronics with imaging techniques
• T17. New trend in high Tc superconductors ~ What material is beyond cuprate ? ~
• T18. Advanced measurement for organic semiconductor and Metal halide perovskite devices
• T19. Cutting edge nanotechnology for bio-sensor & 2D materials -Realization of a pandemic-free society with graphene FET sensors capable of rapid detection of human infectious viruses-
• T20. Current status and future prospects of organic electronics technology
• T21. New Development of Multicomponent Luminescent Materials: From Chalcopyrite to Perovskite
• T22. Symposium on Research and Human-Capital Development Activities aimed at Creating Next-Generation Semiconductors Industry
• T23. Core technologies of the semiconductor industry supporting the progress in IoT society. -Fusion & Diversification-
• T24. A la carte Packaging Technologies II: Advanced Semiconductor Packaging Technologies and Those Future Prospects
• T25. Extreme environment devices
• T26. Is it feasible to develop high-quality sensors utilizing ultrathin materials? ~Current status and challenges in molecular sensors based on nanotubes and two-dimensional materials~
• T27. Frontiers in Low-Power Semiconductor Technologies: Paving the Way for Carbon Neutrality
• T28. Frontiers in Nanoscale Heat Transport Phenomena and Control
• T29. Developments in materials databases: Accumulating, extracting, and overlooking knowledge